BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

BIO-TREATMENT of URBAN & INDUSTRIAL WASTEWATERS and LANDFILL LEACHATES

WWTP or WASTE WATER TREATMENT PLANT CONCERNED :

Urbans,  Agro-food industries, refinery/petroleum, Pharma, Chemistry, Microelectronics/semiconductor, Landfill leachates, and so on…

WWTP SYSTEMS CONCERNED :

Activated sludge – Biofiltration – Lagoons – Trickling filter – SBR (Sequencing Batch Reactor) – MBR
(Membrane Bioreactor) – MBBR (Moving Bed Biofilm Reactor)

IMPROVEMENTS ACHIEVED :

  • More effective bacterial populations.

  • Removal of SS (suspended solid) and VSS (volatile suspended solid), COD (chemical oxygen demand), BOD (biological oxygen demand), TOC (total organic carbon),  Phosphorus, Ammonia, Nitrite, Nitrate), Organic nitrogen.

  • Better flocculation and settling with less chemicals consumption.

  • Removal of filamentous bacteria with removal bulking and foaming.

  • Elimination of animal and vegetable fats and oils

  • Elimination of harmful odors

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